Top Manufacturing Engineer Jobs

Responsible for leading manufacturing projects, improving equipment reliability, implementing technology, and training staff while ensuring safety and efficiency in manufacturing processes.

Support PCBA manufacturing quality by developing inspection and test methods, driving corrective actions and failure analysis, ensuring process compliance, performing measurements and audits (ISO/5S), creating quality documentation and NPI/mass production reports, and liaising with suppliers and regulatory bodies.

Manage and improve manufacturing test systems and final product testing for door, case, sealed system, and electrical assembly areas. Develop NPI test methods, troubleshoot and maintain test equipment, implement error-proofing, own calibration and preventive maintenance, drive continuous improvement projects, and support factory operations to minimize downtime and improve outgoing quality.

The Product Management Engineer III oversees manufacturing and quality processes for medical devices, providing leadership in process improvements and project management.

The Manufacturing Process Engineer role involves providing technical support for MRI RF Surface Coils, focusing on process optimization, quality improvement, and regulatory compliance.

The Manufacturing / Quality Engineer will review and update Control Plans and PFMEAs, ensuring compliance with part specifications in a manufacturing facility.

Support design, specification, commissioning and troubleshooting of processing equipment in manufacturing plants. Perform feasibility studies, simulation, vendor acceptance testing, train production teams, and lead small projects to improve safety, productivity and sustainability.

The Electrical/Mechanical Engineer will lead projects in manufacturing, utilizing their Bachelor's degree and 3-5 years of relevant experience in a team-oriented environment.

The System Engineer Level 3 is responsible for troubleshooting automated manufacturing systems, conducting tests, and training junior engineers while traveling domestically and internationally up to 75% of the time.

The role involves leading research in high-volume manufacturing methods for diagnostic consumables, designing scalable systems, and ensuring compliance with quality standards while collaborating across teams.

Design and optimize manufacturing processes, production tooling, and fixtures for precision machined mechanical components. Provide DFM and GD&T feedback, develop process plans and work instructions, apply Lean improvements, collaborate with quality and operations, and support production readiness and cost reduction for high-volume aerospace motion control products.

Support PCBA manufacturing quality by developing QC plans, driving corrective actions and failure analysis, performing inspections and measurements, troubleshooting process/vendor/design issues, ensuring production compliance, participating in ISO internal and 5S audits, and liaising with suppliers and regulatory bodies.

Support plant operations by designing, programming, troubleshooting PLC/HMI/SCADA/robotics systems, leading automation and continuous improvement projects, and applying Lean/Six Sigma tools to improve uptime, quality, and cost.

Build and scale the quality program for manufacturing: create procedures, inspection and control plans, select inspection equipment, lead first article and process validation, drive root cause investigations and corrective actions, support supplier quality and audits, analyze process performance, and train production staff while reporting quality metrics to leadership.

The Manufacturing Bring-up Engineer oversees system testing and validation, collaborating with cross-functional teams to automate workflows and enhance manufacturing efficiencies.

Designs and implements quality controls for metal manufacturing. Leads root-cause/corrective actions, gauge R&R/MSA, capability and validation studies, PPAP readiness, PFMEA updates, and coaches shop personnel to improve product quality and process efficiency.

Provide hands-on manufacturing engineering support for THV production: troubleshoot equipment, optimize processes using lean principles, create work instructions and training, perform data analysis and CAPA/root cause investigations, lead process improvements, support equipment/fixture design, and execute process characterization and validation to ensure quality and regulatory compliance.

Senior individual contributor who analyzes and optimizes end-to-end production flow for mechanical assembly. Leads value stream mapping, facility/layout planning, production scheduling, standard work, throughput and KPI reporting, and continuous improvement initiatives across receiving, assembly, test/QC, and shipping to reduce waste and increase throughput.

Create and maintain manufacturing process plans, operation layouts, and tooling/fixturing documentation. Read customer drawings and specifications, translate requirements into shop-floor instructions, support production, quality, and continuous improvement, and follow aerospace/military and ISO/AS9100 documentation standards.

Own end-to-end manufacturing test readiness: design and implement automated test equipment and Python-based test software, analyze MES/manufacturing data to drive yield and test-time improvements, lead production investigations and root-cause analysis, support NPI, and maintain hardware-in-loop CI and high software quality.

Lead deployment, commissioning, and qualification (IQ/OQ/PQ) of industrial manufacturing equipment. Interface with vendors, optimize equipment performance (OEE/MTBF/MTTR), author SOPs and maintenance schedules, and collaborate with Facilities, EHS, Quality, and Process teams to ensure safe, reliable 24/7 production operations.

Define, specify, and improve manufacturing equipment and tooling; supervise installations; perform manufacturability analyses for new product and capacity projects; implement manufacturing engineering actions and support continuous improvement, efficiency, and OEE programs in cooperation with plant engineering.

Support and improve manufacturing quality systems through root-cause problem solving, supplier and internal corrective actions, quality planning (PFMEA, control plans), audits, new product launch support, laser scanning inspection, and cross-functional collaboration to meet quality and productivity targets.

Act as the MES (Critical Manufacturing) super key user for North America: provide first-level support, troubleshoot and escalate system issues, drive deployments and migrations, develop training and best practices, support UAT/validation, coordinate upgrades, collaborate with IT/project teams and stakeholders, and ensure standardized processes and minimal production disruption.

The Controls Engineer oversees plant automation and control systems, ensuring reliability and performance through PLC programming, SCADA system management, and continuous process improvements.